The Cell is the fundamental unit of Life, all living organisms and body tissues are composed of cells - the smallest unit capable of independent living. A cell is made up of three essential parts: the cell membrane, the nucleus, and the cytoplasm.
Did you know that our bodies are made up of 50 trillion cells, each with its own level of consciousness to perform its specific function?
In fact, each of these 50 trillion cells has the same functions as our entire bodies, including the digestive, excretory, respiratory, musculoskeletal, immune, reproductive, and cardiovascular systems. According to Dr. Bruce Lipton's research, even the equivalent of a brain can be found in these tiny cells. It's intriguing to note that there are no physiologic functions in our bodies that did not already exist in the biology of the single, nucleated cell. The same processes that take place in our organs are carried out in cells by miniature organ systems known as organelles. Cellular life is sustained through the tight regulation of physiologic systems within each cell.
Dr Bruce Lipton
The Nucleus of the Cell: Is it really the "Brain"?
The common belief is that the cell is controlled by genes, which are primarily located in the nucleus of the cell. As a result, the nucleus is often referred to as the "brain" of the cell. However, Bruce Lipton conducted experiments involving the removal of nuclei, which resulted in many cells surviving for at least two months, even without genes. These cells were capable of responding to environmental information and performing various functions dynamically in the absence of genes, however they were unable to reproduce. This showed that the nucleus is the reproductive system of a cell and not the brain. According to his research, the cell membrane acts as the cell's "skin" and "brain" – processing and interpreting information. One side of the membrane reads the external environment, while the other side faces the cell's interior. As the interface between these two environments, the membrane is responsible for sensing changes in the external environment and adjusting the cell in response.
Our overall health is determined by the health of the cells in our bodies. These cells respond to their surroundings, and those living in a healthy environment will continue to function normally and display predictable, healthy behaviour. Conversely, cells living in an unhealthy environment will become unhealthy, undergo changes, and exhibit unpredictable and unhealthy behaviour.
The Cooperative Intelligence of Cells
Cells are intelligent organisms that live in communities and respond to signals received from their surroundings. They translate environmental information into vibrations through a nervous system, which enables them to provide senses such as smell, touch, vision, pain, hot and cold, and more. Essentially, cells are responsible for interpreting the environment and transmitting that information into electromagnetic vibrations that originate from the brain.
Controlling the Fate of Cells The Fascinating Discovery by Bruce Lipton's experiments with stem cells provided some interesting insights into the factors that determined the fate of cells. In his study, he used genetically identical stem cells and divided them into three Petri dishes. By manipulating the chemistry of the culture medium, or the environment in which the cells grew, he was able to observe the various outcomes. Remarkably, the cells in one dish transformed into muscle, in another, into bone, and in the third, into fat cells - all from the same genetically identical cells.
Epigenetic Control: The Environment's Influence on Genetic Activity The fate of cells is not determined by genetics, as they are all genetically identical. The environment is the only factor that sets them apart. This is the basis of the new field of science known as epigenetic control. "Epi" means "above", and therefore, epigenetic control refers to "control above the genes." The organism's perception or response to the environment is responsible for controlling the genes. As the environment changes, genetic activity changes to accommodate the new conditions. Cells are like programmable devices, with the nucleus containing all the programs (genes). The membrane, like a computer chip, serves as the processor, while the environment serves as the programmer. The antennas on the cell surface pick up information from the environment, which then controls cell activity.
The behaviour of a cell is determined by the environment it resides in.
Re-Examining Cell Biology: The Role of DNA and the Nucleus According to traditional cell biology, a cell's behaviour is controlled by the DNA, which acts as the cell's "program." Each cell contains a copy of DNA within its nucleus, leading cell biologists to assume that the nucleus is the cell's central mechanism, similar to a brain. However, research by Lipton has challenged this notion. He discovered that removing the nucleus from a cell does not immediately cause it to die; instead, it continues to function. The only function that the cell loses without its nucleus is its ability to reproduce. Lipton proposes that, instead of the brain, the nucleus acts more like the body's reproductive organs, while the cell membrane functions as the cell's brain. The cell membrane interprets and reacts to signals from its surroundings, which is similar to our own brains interpreting and responding to the world around us.
The environment can be referred to as the field (a term used in Quantum physics) and an example of the cells responding to the field is , If you start to feel bad vibes in a place, you’re feeling bad vibes because your sensory system is reading the vibration of the environment you’re in and telling you it’s not safe.
The environment is referred to as the field, a term used in Quantum physics. A perfect illustration of cells responding to the field is when you sense negative energy in a location or get bad vibes. This happens because your sensory system is picking up on the environment's vibrations and warning you that it may not be safe.
Did You Know? Cells Have Antennas on Their Surface, Similar to Television Antennas, That Receive Signals from the Environment.
You are that signal! Additionally, every person's cells have a unique set of antennas, making them distinctive from one another.
The Unique Attributes of Human Beings
What sets us apart from each other as individuals are our self-receptors, a distinctive set of antennas or receptors on the cell membrane. These self-receptors recognize specific signals that differentiate us from one another. When these surface receptors are not present, turned off or removed, the cell loses its identity. Conversely, when the surface receptors are activated, the cell becomes an individual. The cell's identity is not predetermined (by genes), rather it is information gathered from the surrounding environment via these receptors.
if the cell dies, does the environmental signal leave the environment? The answer is no. The environment, the signals are always there, and the cells come and go. And when a cell is present, it can read the signal. And when a cell dies, the signal’s still there but the cell’s not there. Bruce Lipton explains it like: a cell or a human body is like a television set with an antenna tuned to a station. And right now my antennas are tuned to the Bruce Station, and my body’s playing The Bruce Show right here. When the picture tube is dead; it breaks. It’s not working. We say, “The television’s dead.” , Well, the television’s dead, but the broadcast — is it still there? yes. And you know that by just getting another television set, plugging it in, turning it on, and then tuning it to the station, the broadcast’s back on again! our identity is not inside the cell; it’s something out in the Field. That the cells can die, but if a future embryo comes with the same set of antennas that I have on my body right now, it will download the same signal.
Cell Death and Environmental Signals
what happens to environmental signals when a cell dies? According to Bruce Lipton, the signals are always present in the environment, and cells can read them when they are present. However, when a cell dies, the signal remains, but there is no cell to receive it. Lipton uses the analogy of a TV set with an antenna to explain this phenomenon. When a TV set breaks, the broadcast signal is still present, and all you need to do is get another TV set and tune it to the station to restore the broadcast. Our identity is not confined to our cells; it is something that exists in the field. Although cells may die, if a future embryo has the same set of antennas, it can download the same signal. This idea formed the foundation of his belief in spiritual power and energy.
what determines the cells environment? The reason for disease and illness is due to a significant number of unhealthy cells that are not performing their expected functions as they should in a healthy environment.
The Role of Neurochemicals and Hormones in our Health
The environment in which our cells live is shaped by the neurochemicals and hormones in our bodies. The balance of these chemicals is crucial to determining whether the cells' environment is healthy or not. The chemical cocktails that give our cells their instructions on how to behave must be carefully regulated to ensure the balance is maintained. When our cells are healthy, we are healthy, regardless of our genetic programming.
The Cell Membrane and its Role in Processing Information
Did you know that the cell membrane acts as an information processor, and the Field serves as a source of information?
The antennas of the cell don't only receive information from the environment; the nervous system also broadcasts the data back out of the body. Dr. Lipton believes that the cell membrane guides its actions based on the information it receives from the environment. Your body chemistry is the environment of your cells, and they react to the chemical and energetic signals within it, which are influenced by your emotions, thoughts, and beliefs. This can ultimately impact how the genetic material within the cell's nucleus is expressed.
The idea that thoughts can have a direct effect on the material world has been largely rejected in the scientific worldview since the 1600s, when French philosopher Descartes proposed that the mind and body are distinct realms. has typically been dismissed as magical thinking.
For centuries, the scientific community has largely dismissed the notion that thoughts can have a direct influence on the physical world. This is because of the idea, proposed by French philosopher Descartes in the 1600s, that the mind and body exist as separate entities. The suggestion that your beliefs can affect your body has been viewed as magical thinking and have been routinely disregarded.
The Science Behind It All: How Bruce Lipton and Other Quantum Physicists Prove It Have you ever heard of a magnetoencephalograph? It's a device that can read brain activity by detecting the electrical signals without physically touching the brain. This is similar to an EEG, but much more advanced. Scientists like Bruce Lipton have used this technology to prove that a person's brain activity can be broadcasted to outside the body and be read. This is truly fascinating!.
Understanding the Power of the Field in Shaping the Material Reality
The Field, also referred to as invisible forces, plays a significant role in shaping material reality. Visualize this concept by imagining iron filings. When you file a piece of iron and sprinkle the iron dust on a piece of paper, the filings fall randomly to create a pile. However, if you place a magnet under the table and sprinkle the iron filings, they form a beautiful pattern of the magnetic field. The presence of the Field gives organization and character to the iron filings, which would otherwise remain random. This analogy helps us understand how the Field shapes reality.
The inseparability of mind and body is now confirmed by science. According to Lipton, the mind-body interaction operates as follows:
Your mind receives and interprets external stimuli.
Your brain cells interpret that information and react to this information by releasing various chemicals.
These chemicals are then distributed through your bloodstream, and become the environment in which your cells function.
The behaviour of your cells, in response to these chemical signals, influences how you’ll behave and is a determining factor in your overall health and well-being.
The Interconnectedness of the Field and the Body
The physical reality of our bodies is intricately linked with the information that is present in the Field. This means that information moves from the Field to the body and from the body back to the Field, with both constantly working in tandem. That’s how our lives influence the Field as we live our lives. The bridge between our minds and bodies, is now being observed by scientists through the observation of the transmission of information to cells and how this information has the power to influence the activity of our cells, highlighting the incredible connection between our physical and energetic selves. Dr. Lipton's research on the nature and behaviour of cells leads to the conclusion that genetics do not necessarily predetermine cell behaviour. Instead, cells react to their environment, which are made up of the Neurochemicals present in our bodies.
The Positive Effects of Regulating Neurochemicals on Cell Repair. The Endocrine System plays a critical role of releasing neurochemicals and hormones throughout our bodies. The frequency and amount of these releases are determined by the Autonomic Nervous System. Neurochemicals are organic molecules responsible for participating in neural activity. This neural activity involves transmitting messages and information throughout the body through electrical and chemical signals. The endocrine system is a complex network of glands that release hormones into the bloodstream or surrounding tissues. Together with the nervous and immune systems, it helps the body respond to various events and stresses. This system includes the pituitary, thyroid, parathyroid, and adrenal glands, as well as the pancreas, ovaries, and testes. Once released into the bloodstream, hormones travel to their target cells, causing specific changes or effects. These hormones can trigger a chain of signalling pathways in the cell, producing either an immediate or delayed response. Neurochemicals serve as essential signals that convey messages to the cells throughout the body and dictate their behaviour. The neurochemicals produced in your brain continually shape your cellular community. However, a chronic stress-induced toxic chemical environment, caused by the fight-or-flight response, can negatively impact your body.
The Role of the Autonomic Nervous System (ANS) in Maintaining Optimum Health
The ANS comprises two branches, the Sympathetic and Parasympathetic, which are responsible for linking major organs and glands. It connects all 50 trillion cells in our bodies, and while it is typically considered to perform automatic functions that don't require conscious thought, we can deliberately stimulate our ANS for optimal balance and function. By doing so, we can maintain peak health and combat diseases.
The Connection Between the Fight-or-Flight Response and Cell Health
By understanding the Fight-or-Flight response, which activates the body to function at maximum strength and speed in short bursts, we can see how prolonged stress and anxiety can lead to chemical imbalances. These imbalances, whether an excess or a deficiency, create an unhealthy environment for cells to thrive in. The behaviour of cells is determined by their surroundings, so it's crucial to maintain a healthy chemical balance to promote a healthy environment for cells to live in. Ultimately, healthy cells lead to healthy individuals, regardless of their DNA.
Cell Behaviour in Healthy and Unhealthy Environments
Cells usually operate in a coordinated and collaborative manner, working together in harmony. However, in negative environments where chemical balance is disrupted, some cells become damaged and disconnected from the community. These renegade cells tend to respond by acting independently, being uncooperative and even destructive. They can become troublemakers when it comes to the health of our environment. Maintaining a healthy environment is crucial to the well-being of our cells. Our perception, such as our Fight-or-Flight response, feelings of fear, love, and affection, initiates this environment. By learning to control our perceptions, including our thoughts, belief systems, and emotions, we can regulate the environment in which our cells reside and respond to. This facilitates optimal health and repair of our cells.
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